201235275 六、發明說明： 【發明所屬之技術領域】 本發明係關於-種氣體包裝袋之生產製造方法 -種可令騎度增加且包料成_總長度減短^ 包裝袋生產製造方法。 氣體 【先前技術】 傳統上用於包裝物品並可作為緩衝之用的包 :但由於該氣囊的尺寸小，:== 讀擊時便無法有效發揮其吸 ； 用麟故目刖有人設計出-種氣柱式的緩衝包裝材料^ 與尺寸均減㈣大的紐，來提供足_吸震緩 心按㈣二㈣用之氣體包裝袋之生產製造方法，請參閱 穑r I 其係將—具有複合層之上塑顧21及一面 積較小之财熱油膜的氣閥膜31送出並相互疊置後，再置放 包上？成型機1之一平台11上，利用該包裝材料成型 31壓合於該上塑勝㈣Λ的加壓組件12 ’將該氣閥膜 下塑膠膜22Μ η &°卩。接著，再將_具有複合層之 6 ί膠出與上_朗相互疊置後，再置放於該 1上所架設m，該包裝材料成型機 跋描91 00η 卜作動的熱壓組件14,於該上、下塑 =、=，上屋印出若干間隔且縱橫交錯密 封條23 封條23間可充氣而形成氣柱24，以供作為包 201235275 裝物品、吸震緩衝之用。之後，再利用該包裝材料成型機j 之一可上、下作動的對摺組件15、一邊緣密封組件16及一 裁剪組件17，將該上、下塑膠膜21、22及該氣閥膜31壓出 節點並作對摺、邊緣密封及成品裁剪，即形成複數個氣體 包裝袋成品41。 然而’該習用之氣體包裝袋之生產製造方法雖可大量 製造出氣體包裝袋成品41，但是其係使用較小面積之氣閥 膜31，令需先將該氣閥膜31壓合於該上塑膠膜21底部，再 作該上、下塑膠膜21、22之上、下壓印結合之二次密封方 式，導致製造程序繁多，以及該上、下塑膠膜2丨、22之對 齊度不佳，且為配合該上、下塑膠膜21、22之二次密封方 式，該包裝材料成型機1需加長機器設備長度，造成設備佔 用使用空間’增加使用成本。 因此，有業者為改善上述二次密封方式的缺失，提出 另一種氣體包裝袋之生產製造方法，請參閱第3圖所示，其 係為一次密封方式之製造方法，係將一上塑膠膜21、一面 積較大之氣閥膜31、一下塑膠膜22同時送出並相互疊置 後，再置放於一包裝材料成型機丨之一平台丨丨上，利用該包 裝材料成型機1上所架設之—可上、下作動的熱壓組件14， 於該上、下娜賴、22及該氣瞻31上壓印&若干間隔 且縱橫交錯密封細，該密封肋間可充氣而形成氣柱 24 ’以供作為包裝物品、吸震緩衝之用^之後，再利用該 包裝材料成型機1之-可上、下作動的對摺組件15、一邊緣 密封組件16及-裁剪組件π，將該上、下塑賴21、22及 該氣閥膜㈣㈣難作_、邊_封及成^裁剪，即 形成複數織體包裝袋成品41。如此，藉由—次密封方 201235275 式，使製造程序減少，並使該上、下塑膠膜2i、22之對齊 度增加，且該包裝材料成型機1之長度減短，大幅降低使用 成本。 然而’該另一種習用之氣體包裝袋之生產製造方法， 雖可改善前述二次密封方式的缺失，但是其係一次熱壓該 上、下塑膠膜21、22及該氣閥膜31成型，由於塑膠膜之熱 壓膜成型與被壓模產品的厚度、壓模過程中的溫度，以及 該產品存在於機器中的時間有關，而被壓模產品存在於機 • 器中的時間一定時，被壓模產品的厚度增加，則壓模過程 中的溫度需增加，才能一次熱壓成型，故一次熱壓該上、 下塑膠膜21、22及該氣閥膜31成型，使被壓模產品的厚度 增加，需增加熱壓溫度，然而太高之熱壓溫度，僅能製造 上塑膠膜21、下塑膠膜22厚度較厚之氣體包裝袋，厚度較 薄之氣體包裝袋就容易因太熱燒壞或熔掉氣體包裝袋成品 41表面，使成品失敗，而無法進行製造，造成無法製造成 本較低之薄型氣體包裝袋，不符合低成本之需求。 Φ 疋以，上述現有技術之氣體包裝袋之生產製造方法確 有其待進一步改進之處。 鑑於上述習知之氣體包裝袋之生產製造方法所衍生的 各項缺點，本案發明人乃亟思加以改良創新，並經多年苦 心孤詣潛心研究後，終於成功研發完成本件—種氣體包裝 袋之生產製造方法。 【發明内容】 本發明之一目的，在於提供一種氣體包裝袋之生產 製造方法，係使氣體包裝袋之生產製造，其上、下塑膠 201235275 膜可增加對齊度。 ,本發明之另-目的係在於提供一種氣體包裝袋之生產 製以方法’係使氣體包裝袋之生產製造，其包I材料成型 機總長度可大幅減短。 ，本發明之再一目的係在於提供一種氣體包裝袋之生產 方係藉由二次熱壓合之方式，使熱壓溫度不致過 间’而能製造成本健之薄魏體包㈣，藉以符合低成 本之需求。 _ 可達成上述發明目的之氣體包裝袋之生產製造方法， 匕括下列步驟.首先’將—具有複合層之上轉膜、-面 積較大之耐熱油膜的氣咖及-具有複合層之下塑膠膜同 =送出並相互疊置後’再置放於—包裝材料成型機之一平 台上’利用該包㈣料成型機上所架設之—可上、下作動 的加壓組件’將該氣嶋壓合於該上塑_底部；接著， 再將該上塑膠膜、該氣嶋、該下塑膠膜置放於該包裝材 料成型機之另—平台上’利用該包裝材料成型機上所架設 之可上、下作動的熱壓組件，於該上、下塑膠膜及該氣 間f上壓印㈣預隔且輯交錯㈣條，該密封條心可 充氣而形成氣柱，以供作為包裝物品、吸震緩衝之用；之 後，再利用該包裝材料成型機之-可上、下作動的對摺組 件尸邊緣密封組件及一裁剪組#，將該上、下塑膠膜及 該氣閥膜壓出節點並作對摺、邊緣密封及成品裁剪，即妒 1複數個氣體包裝袋成品。如此，藉由—次密封方式使 製造程序減少，並使該上、下师膜之對齊度增加，且該 201235275 包裝材料成型機之長度縮短，大幅降低使用成本，並因藉 ^次錢合之方式，使鐘溫度不朗高，而能製造成 本較低之薄型氣體包裝袋，俾符合低成本之需求。 請參閱以下有關本發明一較佳實施例之詳細說明及呈 附圖’將可進一步瞭解本發明之技術内容及其目的功效，、 【實施方式】 請參閱第4、5圖所示，本發明所提供之一種氣體包裝 敕之生產製造方法，包括下列之步驟： 首先，將一具有複合層之上塑膠膜51、一面積較大之 财熱油膜賴_52及-具有複合層之下塑軸53同時送 出並相互疊置後，再置放於-包裝材料成型機6之一平純 上，利用該包裝材料成型機6上所架設之一可上、下作^的 加壓組件62，將域_52壓合於該上轉㈣底部。 接著，再將該上歸膜5卜該氣閥膜犯、該下塑膠膜 53置放於該包裝材料成型機6之另一平台63上，利用該包装 材料成型機6上所架設之-可上、下作動的鏡組件64，於 該上、下塑膠膜51、53及該氣閥膜52上壓印出若干間隔且 縱橫交錯密封條7卜該密封條71間可域_彡成氣柱72， 以供作為包裝物品、吸震緩衝之用。 之後，再利用该包裝材料成型機6之一可上、下作動的 對摺組件65、-邊緣密封組件66及一裁剪組件67，將該 上下塑备膜51、53及該氣閥膜52壓出節點並依序作對 摺、邊緣密封及成品裁剪，即形成複數個氣體包裝袋成品 201235275 如此，藉由一次密封方式，使製造程序減少，並使該 上、下塑膠膜51、53之對齊度增加’且該包裝材料成型機6 之長度縮短’大幅降低使用成本，並因藉由二次熱壓合之 方式，使熱壓溫度不致過高，而能製造成本較低之薄型氣 體包裝袋，俾符合低成本之需求。 又’該上塑膠膜51係由三層塑膠膜上、下相互疊合所 構成’其中上層為一LLDPE (線性低密度聚乙烯）材質之塑 膠膜511，中層為一NYLON (尼龍）材質之塑膠膜512，下層 則為另一LLDPE (線性低密度聚乙烯）材質之塑膠膜513， 俾使該上塑膠膜51具有一定之彈性及堅韌度，不易破裂’ 且能填充一定之氣體，承受大壓力。 該下塑膠膜53係由三層塑膠膜上、下相互疊合所構 成，其中上層為一LLDPE (線性低密度聚乙烯）材質之塑膠 膜531，中層為一NYLON (尼龍）材質之塑膠膜532，下層則 為另一LLDPE (線性低密度聚乙烯）材質之塑膠膜533，俾 使該下塑膠膜53具有一定之彈性及堅韌度，不易破裂，且 能填充一定之氣體，承受大壓力。 請參閱第5圖所示，該氣閥膜52為面積較大之耐熱油 膜所構成，可於加壓熱封合時，承受高溫避免與上、下塑 膠膜51、53黏合在一起，而能於氣體包裝袋成品7上形成一 充氣道’俾便充氣使氣柱形成。 該氣閥膜52形成之充氣道為雙層單向道，一旦上層充 氣道充滿氣體後，就會回充下層充氣道，藉下層充氣道堵 住該氣閥膜52之入口521，而使氣柱形成。 201235275 本發明所提供之氣體包裝袋之生產製造方法，與前述 習用技術相互比較時，更具有下列之優點： 1使I造程序減少，並使該上、下塑膠膜5卜Μ之對 齊度增加。 2使該包I材料成型機之長度驗，大幅降低使用成 本0 心3藉由—次熱壓合之方式，使熱壓溫度不致過高，而201235275 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a method for producing a gas packaging bag, which can increase the riding degree and reduce the length of the package into a short length. Gas [Prior Art] A package that has traditionally been used for packaging items and can be used as a buffer: However, due to the small size of the airbag, :== It is impossible to effectively exert its suction when reading a hit; The gas column type cushioning packaging material ^ and the size reduction (4) large New Zealand to provide the production method of the gas packaging bag for the shock absorber (4) and (4), please refer to 穑r I, the system will have a composite The gas valve film 31 on the layer 21 and a small area of the hot oil film is sent out and stacked on top of each other, and then placed on the bag. On one of the platforms 11 of the molding machine 1, the pressurizing member 12' press-fitted to the upper plastic film is used to form the plastic film 22 Μ η & Then, the _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ In the upper and lower molding =, =, a number of intervals are printed on the upper house and the criss-crossing seals 23 are sealed between the seals 23 to form an air column 24 for use as a package 201235275 for loading and shock absorbing. Thereafter, the upper and lower plastic films 21, 22 and the gas valve film 31 are pressed by the upper and lower folding assembly 15, the edge sealing assembly 16, and the cutting assembly 17 of the packaging material forming machine j. The outlet node is folded in half, the edge is sealed, and the finished product is cut, that is, a plurality of gas packaging bag finished products 41 are formed. However, the manufacturing method of the conventional gas packaging bag can mass-produce the gas packaging bag finished product 41, but it uses a small-area air valve film 31, so that the gas valve film 31 needs to be pressed onto the upper surface. The bottom of the plastic film 21, and the secondary sealing method of the upper and lower plastic films 21, 22 and the lower embossing combination, resulting in a large number of manufacturing procedures, and poor alignment of the upper and lower plastic films 2, 22 In order to cooperate with the secondary sealing method of the upper and lower plastic films 21 and 22, the packaging material forming machine 1 needs to lengthen the length of the machine equipment, causing the equipment to occupy the use space to increase the use cost. Therefore, in order to improve the lack of the above-mentioned secondary sealing method, a manufacturer has proposed another method for producing a gas packaging bag. Please refer to FIG. 3, which is a manufacturing method of a first sealing method, which is to apply a plastic film 21 thereon. A large-sized air valve film 31 and a lower plastic film 22 are simultaneously sent out and stacked on each other, and then placed on a platform of a packaging material forming machine, and erected on the packaging material forming machine 1 The upper and lower actuating hot press assemblies 14 are embossed on the upper and lower Nalai, 22 and the gas sight 31, and are spaced and criss-crossed and sealed, and the sealing ribs are inflatable to form a gas column 24 'After serving as a packaged article, shock absorbing buffer ^, the folding material assembly 15 of the packaging material forming machine 1 can be operated up and down, an edge sealing assembly 16 and a cutting component π, the upper and lower portions Plastic film 21, 22 and the valve film (4) (4) difficult to make _, edge _ seal and into ^ cutting, that is, the formation of a plurality of finished fabric packaging bags 41. As a result, the manufacturing process is reduced and the alignment of the upper and lower plastic films 2i, 22 is increased by the -201218275 type, and the length of the packaging material forming machine 1 is shortened, which greatly reduces the use cost. However, the production method of the other conventional gas packaging bag can improve the lack of the above-mentioned secondary sealing method, but it is formed by hot pressing the upper and lower plastic films 21 and 22 and the gas valve film 31 at one time because The hot film forming of the plastic film is related to the thickness of the molded product, the temperature during the molding process, and the time the product is present in the machine, and the time when the molded product exists in the machine is fixed. When the thickness of the stamper product is increased, the temperature during the stamping process needs to be increased to be hot-pressed at a time, so that the upper and lower plastic films 21 and 22 and the gas valve film 31 are hot-pressed at one time to make the molded product When the thickness is increased, the hot pressing temperature needs to be increased. However, the hot pressing temperature is too high, and only the gas packaging bag having the thick thickness of the plastic film 21 and the lower plastic film 22 can be manufactured, and the gas bag having a thin thickness is easily burned too hot. The surface of the finished product 41 of the gas packaging bag is broken or melted, and the finished product fails, and manufacturing cannot be performed, resulting in a thin gas packaging bag which cannot be manufactured at a low cost, which does not meet the demand for low cost. Φ , ,, the manufacturing method of the above-mentioned prior art gas packaging bag does have further improvement. In view of the shortcomings derived from the above-mentioned conventional production methods of gas packaging bags, the inventor of the present invention has improved and innovated, and after years of painstaking research, he finally succeeded in research and development of the production method of the gas packaging bag. . SUMMARY OF THE INVENTION An object of the present invention is to provide a method for producing a gas packaging bag which is capable of producing a gas packaging bag, and the upper and lower plastic 201235275 film can increase the alignment. Another object of the present invention is to provide a method for producing a gas packaging bag by the method of manufacturing a gas packaging bag, and the total length of the material forming machine can be greatly shortened. A further object of the present invention is to provide a method for producing a gas packaging bag by means of secondary thermocompression, so that the hot pressing temperature does not pass through, and the cost of the thin Wei body bag (four) can be manufactured. Low cost requirements. _ The production method of the gas packaging bag which can achieve the above object, including the following steps. Firstly, the first step is to transfer the film on the composite layer, the heat-resistant oil film with a large area, and the plastic under the composite layer. After the film is sent out and stacked on top of each other, it is then placed on the platform of one of the packaging material forming machines to utilize the pressurizing component that can be actuated by the upper and lower parts of the bag (four) material forming machine. Pressing the upper plastic film to the bottom; then, placing the upper plastic film, the gas film, and the lower plastic film on another platform of the packaging material forming machine, using the packaging material forming machine a hot-pressing component that can be actuated up and down, embossing (4) pre-separated and interlaced (four) strips on the upper and lower plastic films and the air gap f, the sealing strip core can be inflated to form a gas column for use as a packaged article And shock absorbing buffer; after that, the packaging material forming machine can be used to move up and down the eccentric edge sealing component and a cutting group #, and the upper and lower plastic film and the valve film are pressed out of the node. And for folding, edge sealing and finished cutting I.e., a plurality of gas Jealous finished bags. In this way, the manufacturing process is reduced by the --seal method, and the alignment of the upper and lower division films is increased, and the length of the 201235275 packaging material forming machine is shortened, the use cost is greatly reduced, and the cost is reduced by the money. In a way, the temperature of the clock is not high, and the thin gas packaging bag with lower cost can be manufactured, which meets the demand of low cost. The following is a detailed description of a preferred embodiment of the present invention and the accompanying drawings, which will further explain the technical contents of the present invention and its functions and effects, and the present invention, as shown in FIGS. 4 and 5, the present invention The method for manufacturing a gas packaging crucible provided includes the following steps: First, a plastic film 51 having a composite layer, a larger area of the hot oil film _52 and a composite layer under the plastic shaft 53 are simultaneously sent out and stacked on top of each other, and then placed on a flat piece of the -packing material forming machine 6, and the pressurizing unit 62 of the packaging material forming machine 6 can be mounted on the upper and lower sides of the packaging material forming machine 6 to _52 is pressed against the bottom of the upturn (four). Then, the upper film is disposed on the other platform 63 of the packaging material forming machine 6, and the upper plastic film 53 is placed on the other platform 63 of the packaging material forming machine 6. The upper and lower mirror assemblies 64 are embossed on the upper and lower plastic films 51 and 53 and the air valve film 52 with a plurality of intervals and a criss-crossing seal strip 7 between the seal strips 71. 72, for use as a packaged item, shock absorber buffer. Then, the upper and lower molding membranes 51, 53 and the gas valve membrane 52 are pressed out by using a folding assembly 65, an edge sealing assembly 66 and a cutting assembly 67, which can be moved up and down by one of the packaging material forming machines 6. The nodes are also folded in half, edge sealed and finished product cut, that is, a plurality of gas bag finished products 201235275 are formed, so that the manufacturing process is reduced by one sealing method, and the alignment of the upper and lower plastic films 51, 53 is increased. 'And the length of the packaging material forming machine 6 is shortened' greatly reduces the cost of use, and the hot pressing temperature is not excessively high by means of secondary thermocompression bonding, and a thin gas packaging bag having a lower cost can be manufactured. Meet the needs of low cost. Moreover, the plastic film 51 is composed of three layers of plastic film stacked on top of each other. The upper layer is a plastic film 511 of LLDPE (linear low density polyethylene), and the middle layer is a plastic of NYLON (nylon). The film 512 and the lower layer are another plastic film 513 made of LLDPE (linear low density polyethylene), so that the upper plastic film 51 has a certain elasticity and toughness, is not easy to be broken, and can fill a certain gas and withstand a large pressure. . The lower plastic film 53 is composed of three layers of plastic film stacked on top of each other, wherein the upper layer is a plastic film 531 of LLDPE (linear low density polyethylene) material, and the middle layer is a plastic film 532 of NYLON (nylon) material. The lower layer is another plastic film 533 of LLDPE (linear low density polyethylene) material, so that the lower plastic film 53 has certain elasticity and toughness, is not easy to be broken, and can fill a certain gas and withstand large pressure. Referring to FIG. 5, the gas valve film 52 is formed of a heat-resistant oil film having a large area, and can withstand high temperature during pressure heat sealing to avoid bonding with the upper and lower plastic films 51 and 53. An inflatable channel is formed on the finished gas packaging bag 7 to form a gas column. The air passage formed by the air valve membrane 52 is a double-layer one-way passage. Once the upper inflation passage is filled with gas, the lower inflation passage is recharged, and the lower inflation passage blocks the inlet 521 of the air valve membrane 52 to make the gas The column is formed. 201235275 The manufacturing method of the gas packaging bag provided by the present invention has the following advantages when compared with the conventional techniques described above: 1. The I manufacturing procedure is reduced, and the alignment of the upper and lower plastic film 5 is increased. . 2 to make the length of the package I material forming machine, greatly reduce the use of cost 0 core 3 by the method of secondary thermocompression, so that the hot pressing temperature is not too high, and
，製造成本較低之薄型氣體包裝袋，以符合低成本之需 求〇 〇 上列詳細說明係針對本發明之一可行實施例之具體說 1惟該實施舰_以關本發明之糊，凡未脫 々發明技藝精神所為之等效實施或變更，例如··等變化 之等效性實施例’均應包含於本案之專利範圍中。 【圖式簡單說明】 第1圖為習用之製程連續動作圖。 第2圖為習用之製品示意圖。 第3圖為另一種習用之製程連續動作圖。 第4圖為本發明之製程連續動作圖。 第5圖為本發明之製品示意圖。 【主要元件符號說明】 51上塑膠膜 512 NYL〇N材質之塑膠膜 52氣閥膜 53下塑膠膜 511 LLDPE材質之塑膠臈 513另一LLDPE材質之塑膠膜 521 入口 531 LLDPE材質之塑膠臈 201235275 532 NYLON材質之塑膠膜 6包裝材料成型機 62加壓組件 64熱壓組件 66邊緣密封組件 7氣體包裝袋成品 72氣柱 533另一LLDPE材質之塑膠膜 61平台 63另一平台 65對摺組件 67裁剪組件 71密封條, a thin gas packaging bag with a lower manufacturing cost, in order to meet the demand of low cost, the detailed description is directed to a specific embodiment of the present invention, but the implementation of the ship Equivalent implementations or modifications of the spirit of the invention, such as variations of equivalent embodiments, are intended to be included in the scope of the patent. [Simple description of the diagram] Figure 1 is a diagram of the continuous motion diagram of the conventional process. Figure 2 is a schematic view of a conventional product. Figure 3 is another conventional process continuous action diagram. Figure 4 is a diagram showing the continuous operation of the process of the present invention. Figure 5 is a schematic view of the article of the present invention. [Main component symbol description] 51 plastic film 512 NYL〇N material plastic film 52 air valve film 53 plastic film 511 LLDPE material plastic 臈513 another LLDPE material plastic film 521 inlet 531 LLDPE material plastic 臈201235275 532 NYLON material plastic film 6 packaging material forming machine 62 pressurizing component 64 hot pressing component 66 edge sealing component 7 gas packaging bag finished product 72 gas column 533 another LLDPE material plastic film 61 platform 63 another platform 65 folding component 67 cutting component 71 seal
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